beam bending | Beam Deflection, Stress Equations and Calculators

Engineering Design Data: Menu - beam bending

The following are links to Equations and Calculators for Loaded Beam Deflection and Stress.

Several modes of fatigue failure are: Low/High-Cycle Fatigue, Thermal Fatigue, Corrosion Fatigue, Surface or Contact Fatigue, Combined Creep and Fatigue

Double Integration Method Example 5 Proof Pinned Supported Beam

Double Integration Method Example 5 Proof Pinned Supported Beam of Length L with Single Cantilevered Load.

Double Integration Method Example 4 Proof Simply Supported Beam of Length L with Partial Distributed Load

Double Integration Method Example 4 Proof Simply Supported Beam of Length L with Partial Distributed Load

Double Integration Method Example 3 Proof Cantilevered Beam

Double Integration Method Example 3 Proof Cantilevered Beam of Length L with Variable Increasing Load to ωo at free end.

Double Integration Method for Beam Deflections

The Double Integration Method, also known as Macaulay’s Method is a powerful tool in solving deflection and slope of a beam at any point because we will be able to get the equation of the elastic curve.

Double Integration Method Example 1 Simply Supported Beam with Concentrated Load at Mid Spa

Double Integration Method Example Proof Simply Supported Beam of Length L with Concentrated Load at Midspan

Structural Beam Stress and Deflection for Non-Engineers

The following is a procedure to determine the critical design elements of a simple structural configuration being loaded.

Axial Load Capacities Single Plates Calculator

This calculator follows the procedures and guidelines of the AISC 9th Edition Allowable Stress (ASD) Manual (1989).

S-Flange Overhead Monorail Beam Analysis Calculator - Engineers Edge

S-Flange Overhead Monorail Beam Analysis Calculator

W-Flange Overhead Monorail Beam Analysis Calculator - Engineers Edge

W-Flange Overhead Monorail Beam Analysis Calculator